A right triangle can have at most one l...

A right triangle can have at most one line of symmetry.

Answer

Step by step text solution for A right triangle can have at most one line of symmetry. by MATHS experts to help you in doubts & scoring excellent marks in Class 6 exams.

Topper's Solved these Questions

SYMMETRY AND PRACTICAL GEOMETRY
NCERT EXEMPLAR|Exercise Exercise |29 Videos
SYMMETRY AND PRACTICAL GEOMETRY
NCERT EXEMPLAR|Exercise Exercise (In questions 18 to 42, fill in the blanks to make the statements true.)|25 Videos
RATIO AND PROPORTION
NCERT EXEMPLAR|Exercise Exercise (In questions 35 to 46, fill in the blanks to make the statements true.) |11 Videos

Similar Questions

Explore conceptually related problems

A right triangle cannot have an obtuse angle.

Can you draw a triangle which has (a) exactly one line of symmetry? (b) exactly two lines of symmetry? (c) exactly three lines of symmetry? (d) no lines of symmetry? Sketch a rough figure in each case

Can you draw a triangle which has exactly one line of symmetry? Sketch a rough figure in each case.

In an isosceles right triangle, the number of lines of symmetry is ________.

If an isosceles triangle has more than one line of symmetry, then it need not be an equilateral triangle.

If an isosceles triangle has more than one line of symmetry, then it must be an equilateral triangle.

Which of the following figures has/have at least one line of symmetry?

How many of the following letters have at least one line of symmetry?

Can you draw a triangle which has exactly two lines of symmetry? Sketch a rough figure in each case.

Read the statements given below and identify the correct option. (i) A parallelogram has only one line of symmetry. (ii) A square and a rectangle have the same number of lines of symmetry. (iii) The diameter of a circle is its line of symmetry.

NCERT EXEMPLAR-SYMMETRY AND PRACTICAL GEOMETRY -Exercise (In questions 43 - 61, state whether the statements are true (T) or false (F).)

A right triangle can have at most one line of symmetry.
01:55
|
A kite has two lines of symmetry.
02:05
|
A parallelogram has no line of symmetry.
01:40
|
If an isosceles triangle has more than one line of symmetry, then it n...
02:57
|
If a rectangle has more than two lines of symmetry, then it must be a ...
02:27
|
With ruler and compasses, we can bisect any given line segment.
02:18
|
Only one perpendicular bisector can be drawn to a given line segment.
01:26
|
Two perpendiculars can be drawn to a given line from a point not lying...
01:13
|
With a given centre and a given radius, only one circle can be drawn.
01:18
|
Using only the two set-squares of the geometry box, an angle of 40^(@)...
01:09
|
Using only the two set-squares of the geometry box, an angle of 15^(@)...
01:47
|
If an isosceles triangle has more than one line of symmetry, then it m...
02:27
|
A square and a rectangle have the same number of lines of symmetry.
02:34
|
A circle has only 16 lines of symmetry.
01:33
|
A 45^(@) - 45^(@) - 90^(@) set-square and a protractor have the same ...
02:20
|
It is possible to draw two bisectors of a given angle.
02:00
|
A regular octagon has 10 lines of symmetry.
02:41
|
Infinitely many perpendiculars can be drawn to a given ray.
02:32
|
Infinitely many perpendicular bisectors can be drawn to a given ray.
01:41
|

Home

Profile